Inverse Solver Finite Element Software For Metallurgical Solutions
New Products From This Supplier
We have developed a highly innovative Software solution for the Thermo-Mech-Metallurgical -Engineering sector to Solve Problems{ also known as Inverse Heat Conduction Problem (IHCP)} like Thermal Stress Analysis, Alloy Solidification, Heat Treatment etc. Our research indicates that our technology is unique and will offer significant advantage over all available similar and competing products/services.
Our Inverse Solver Software will deliver the following customer benefits in Cost Saving and Quality Assurance.
Estimate the time and space varying heat flux components at the unknown boundry.
Eg:
·On the heat shields of re-entry of space vehicles.
·Diecasting of cast iron in cast iron moulds.
·Quenching of alloy steel specimens.
·Due to welding arc during TIG welding.
·Metal –Mold interface corners of solidifying aluminium bars and slabs.
Our esteemed Clients include Kaiser Aluminium, USA, PESU, SIT University, NIIT, IISC, SVCE, India and more to come
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Analysis Methods |
Other |
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Analysis Type |
Other |
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Industry Type |
Aerospace |
Business Nature
Services
Year Established
2010
Country/Region
Bangalore, India
Main Products
Pool Boiling Equipment, Heat Treatment Simulation Software, Astm/iso/jis Standard Quenchant Salt/oil...
Payment Terms
Doc Against Payment (D/P), Bank wire (T/T)
The Company is promoted by persons with decades of experience in the manufacturing and steel industry both in R&D and shop floor. The software developed by their team has been tested extensively in the plants. They have a fine blend of theory and practice. The Company Is a research based Company focusing on the development of software in the overlapping areas of heat transfer and metallurgical engineering. Our main thrust is to provide tools for the estimation of heat transfer coefficients during complex manufacturing practices like metal casting, heat treatment and other unobservable processes where direct measurement of heat transfer is not possible. The Company is also engaged in the design and development of test rigs suitable for estimating heat transfer coefficient specific to manufacturing processes like induction hardening, quenching, die casting, TIG welding, two-phase flows, condensation and boiling heat transfer, solid-solid contacts etc., both in the plant and laboratories. The Company has designed and developed equipment for testing the quality of quenchants like oils, molten salts, aqueous solutions of polymers etc., as per International Standards (ASTM D6200, ISO 9950, ASTM 6482). The fully automated version of such testing equipment is now available for the first time to customers world-wide.
